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Design and Optimization of Dish for Solar Thermal Incineration

机译:太阳能热焚烧盘设计与优化

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Waste disposal in remote areas is a hurdle due to lack of active dumping space. Besides, improper dumping of waste on empty land can have a detrimental impact on the environment. Incineration of waste using thermal incineration (using a solar concentrator) can be utilized for mobile incineration devices to dispose of hazardous waste effectively with a limited space. The design and mobility of the solar dish for this purpose is one of the most important considerations. The modeling of the solar dish was performed on SOLIDWORKS with APEX for optical simulation. The simulation results showed a linear variation of flux coating to enable a more comprehensive cost benefit analysis for the design. The simulation was also used to check whether the required flux at focus (to achieve ignition) was achieved. Further work is required to validate the results.
机译:由于缺乏积极的倾倒空间,偏远地区的废物处理是一支障碍。此外,空地对空地的垃圾倾销不当会对环境产生不利影响。使用热焚烧(使用太阳能聚光器)焚烧废物(使用太阳能聚光器)可用于移动焚烧装置,以有效地处理有限空间的危险废物。太阳能盘的设计和移动性为此目的是最重要的考虑之一。在具有顶点的SolidWorks对光学仿真的固体工作中进行了太阳能盘的建模。仿真结果表明,磁通涂层的线性变化,为设计提供更全面的成本效益分析。仿真还用于检查焦点(以实现点火)的所需通量。需要进一步的工作来验证结果。

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